Light unbound: Data limits could vanish with new optical antennas Shown is a schematic of multiplexed antennas emitting coherent light with orbital angular momenta (OAM).
Prof. Andrew Cleland’s lab sent entangled qubit states through a communication cable, laying the groundwork for future quantum communication networks. Image courtesy of Cleland Lab.
Storing information with light New photo-ferroelectric materials allow to store information in a non-volatile way using light stimulus. The idea is to create energy efficient memory
Researchers develop unique process for producing light-matter mixture Annular holes in a thin gold film filled with silicon dioxide enable ultrastrong coupling between light and
Russian Scientists Develop World Most-Sensitive Photon Video Detector Scientists from NUST MISIS National Technological Initiative Center “Quantum Communications” are developing the world’s first prototype of
Quantum model unlocks new approach to single-photon detection Engineering a qubit system close to the point of a quantum phase transition could make single photons
[DISPLAY_ULTIMATE_SOCIAL_ICONS] First Quantum-Powered Service in the Banking Industry? SK Telecom and DGB Daegu Bank to Launch Mobile Banking Powered by 5G Quantum Cryptography SK Telecom
Yokohama National University is Getting Your Entangled Photons Further Through Fiber Optics Quest for quantum Internet gets a boost with new technique for making entanglement
Taking the Noise Out of Fiber Optic Cables for Quantum Purposes Demonstrating entanglement through a fiber cable with high fidelity Key points… + A team
University of Alberta Develops Data Transmission Tech Translating Microwaves to Optical Light Physicists develop technology to transform information from microwaves to optical light Key points…
